The packaging structure can be freely disassembled and assembled and is convenient for displaying products

Abstract

The present invention discloses a packaging structure which can be freely disassembled and assembled and is convenient for displaying products, comprising an outer shell and a loading device; the outer shell comprises a front panel, a rear panel, a left panel, a right panel, an upper panel and a lower panel; T-shaped sliders at the tops of the front panel and the rear panel slide into the T-shaped sliding grooves of the upper panel, and the T-shaped sliders at the bottoms of the front panel and the rear panel slide into the T-shaped sliding grooves of the lower panel; L-shaped sliders at the front and rear ends of the left panel slide into the L-shaped sliding grooves on the left side of the front panel and the L-shaped sliding grooves on the left side of the rear panel respectively, and L-shaped sliders at the front and rear ends of the right panel slide into the L-shaped sliding grooves on the right side of the front panel and the L-shaped sliding grooves on the right side of the rear panel respectively; the loading device of the present invention can slide out of the outer shell, which is convenient for displaying and taking out products, and the panels of the outer shell can be slidably disassembled and slidably assembled, thereby increasing the beauty and interest of the packaging structure; after use, the packaging can be recycled for secondary utilization, and when stored, the outer shell can be disassembled to reduce its occupied area.

Description

Technical Field

[0001] The invention relates to the technical field of product packaging, in particular to a packaging structure that can be freely disassembled and assembled and is convenient for displaying products. Background Art

[0002] According to the survey, domestic navel orange brands account for about 60% and foreign brands account for about 40%. Foreign brands have been introduced and cultivated in various regions in China. China's fresh orange consumption is expected to exceed 7.3 million tons in the 2020-2021 production season. In terms of fresh orange exports, with the recovery of logistics, the economic recovery of fresh orange production, and the increase in international market demand, China's fresh orange exports in 2020-2021 will increase by 5% compared with the previous season, reaching 55,000 tons. According to the export data from 2019 to 2020, Vietnam accounts for 60% of China's total fresh orange exports.

[0003] Therefore, with such a huge production and demand in China, orange packaging becomes more important, and environmentally friendly, green, recyclable and convenient packaging has gradually become a rigid demand. At present, most of the common fruit packaging on the market is corrugated cardboard boxes and plastic baskets, which have the following disadvantages: 1. The recycling rate of corrugated cardboard boxes has been lower than expected due to various force majeure factors, and the secondary utilization rate is low; 2. Although the recycling rate of plastic baskets is high, plastic baskets are brittle, easy to break, burning and polluting the air is harmful to the human body and not conducive to recycling; 3. Commonly used corrugated cardboard boxes and plastic baskets only have packaging functions, with single functions and low interest. 4. After use, plastic baskets occupy a large area and are not convenient to store. Summary of the invention

[0004] The technical problem to be solved by the present invention is to provide a packaging structure that can be freely disassembled and assembled and is convenient for displaying products in view of the deficiencies of the above-mentioned prior art. The loading device of the packaging structure that can be freely disassembled and assembled and is convenient for displaying products can slide out from the outer shell, which is convenient for displaying and taking out the products. The various panels of the outer shell can be slidably disassembled and slidably assembled, thereby increasing the beauty and interest of the packaging structure. After use, the packaging can be recycled for secondary use, and when stored, the outer shell can be disassembled to reduce its occupied area.

[0005] In order to achieve the above technical objectives, the technical solution adopted by the present invention is:

[0006] A packaging structure that can be freely disassembled and assembled and is convenient for displaying products, comprising a shell and a loading device located inside the shell;

[0007] The housing comprises a front panel, a rear panel, a left panel, a right panel, an upper panel and a lower panel;

[0008] The front panel and the rear panel are both provided with vertical strip holes, the inner side of the front panel is provided with a first horizontal slide groove penetrating the left and right ends of the front panel, the top and bottom of the front panel are provided with strip-shaped T-shaped sliders, and the left and right sides of the inner side of the front panel are provided with an L-shaped slide groove penetrating the top of the front panel; the inner side of the rear panel is provided with a first horizontal slide groove penetrating the left and right ends of the rear panel, the top and bottom of the rear panel are provided with strip-shaped T-shaped sliders, and the left and right sides of the inner side of the rear panel are provided with an L-shaped slide groove penetrating the top of the rear panel;

[0009] The inner side surface of the upper panel is provided with a plurality of second horizontal slide grooves which are parallel to each other and pass through the left and right ends of the upper panel, the front side and the rear side of the inner side surface of the upper panel are provided with T-shaped slide grooves which pass through the left and right ends of the upper panel, the inner side surface of the lower panel is provided with a plurality of second horizontal slide grooves which are parallel to each other and pass through the left and right ends of the lower panel, and the front side and the rear side of the inner side surface of the lower panel are provided with T-shaped slide grooves which pass through the left and right ends of the lower panel;

[0010] The top and bottom of the left panel are both provided with a plurality of protrusions for embedding into the second horizontal slide groove, the front and rear sides of the inner side of the left panel are both provided with vertical slide grooves, and the front and rear ends of the left panel are both provided with L-shaped sliders for sliding into the L-shaped slide groove; the top and bottom of the right panel are both provided with a plurality of protrusions for embedding into the second horizontal slide groove, and the front and rear ends of the right panel are both provided with L-shaped sliders for sliding into the L-shaped slide groove;

[0011] The T-shaped sliders at the top of the front panel and the rear panel are used to slide into the T-shaped slide groove of the upper panel, and the T-shaped sliders at the bottom of the front panel and the rear panel are used to slide into the T-shaped slide groove of the lower panel; the L-shaped sliders at the front and rear ends of the left panel are used to slide into the L-shaped slide groove on the left side of the front panel and the L-shaped slide groove on the left side of the rear panel, and the L-shaped sliders at the front and rear ends of the right panel are used to slide into the L-shaped slide groove on the right side of the front panel and the L-shaped slide groove on the right side of the rear panel, respectively; the protrusions at the top of the left panel and the right panel are used to be embedded in the second horizontal slide groove of the upper panel, and the protrusions at the bottom of the left panel and the right panel are used to be embedded in the second horizontal slide groove of the lower panel;

[0012] The loading device includes a cross bar, a connecting slide bar, a left oblique bar, a right oblique bar, a left loading pallet and a right loading pallet, the two ends of the cross bar respectively pass through the strip holes on the front panel and the rear panel and can move up and down in the strip holes, the two ends of the cross bar are connected to the connecting slide bar, one end of the connecting slide bar is embedded in the vertical slide groove of the left panel and can slide in the vertical slide groove of the left panel, and a plurality of left oblique bars and right oblique bars are also connected to the cross bar, the top of the left oblique bar is slidably connected to the bottom of the left loading pallet, the top of the right oblique bar is slidably connected to the bottom of the right loading pallet, and the two ends of the right loading pallet are respectively embedded in the first horizontal slide grooves of the front panel and the rear panel and can slide in the first horizontal slide grooves; the left loading pallet is located between the two connecting slide bars, and the right end face of the left loading pallet is plugged into the left end face of the right loading pallet by a splicing connection method; the left oblique bar and the right oblique bar have the same structure, including an upper rod and a lower rod rotatably connected.

[0013] As a further improved technical solution of the present invention, one end of the connecting slide bar is provided with a hole, and the cross bar passes through the hole of the connecting slide bar to achieve the connection between the cross bar and the connecting slide bar.

[0014] As a further improved technical solution of the present invention, two left oblique rods and two right oblique rods are connected to the cross bar, two left guide rails are provided on the lower surface of the left cargo pallet, and the tops of the two left oblique rods are respectively slidably connected to the two left guide rails, and two right guide rails are provided on the lower surface of the right cargo pallet, and the tops of the two right oblique rods are respectively slidably connected to the two right guide rails.

[0015] As a further improved technical solution of the present invention, the right end face of the left cargo pallet is provided with a socket, and the left end face of the right cargo pallet is provided with a plug-in block that can be plugged into the socket, and the socket on the right end face of the left cargo pallet and the plug-in block on the left end face of the right cargo pallet are plugged into each other through a splicing connection.

[0016] As a further improved technical solution of the present invention, the upper surfaces of the left loading tray and the right loading tray are both provided with a plurality of containing grooves for containing products.

[0017] As a further improved technical solution of the present invention, the front panel is composed of an upper block, four first middle blocks and a lower block which are spliced ​​in sequence; the upper block is connected by a T-shaped slider and an upper slide groove seat; the upper slide groove seat is provided with a cross-shaped slide groove running through its left and right ends; the first middle block is connected by a cross-shaped slider, a first connecting block and a first middle slide groove seat; the first middle slide groove seat is provided with a cross-shaped slide groove running through its left and right ends; the lower block is connected by a cross-shaped slider and a T-shaped slider; the cross-shaped slider of the first first middle block is used to slide into the cross-shaped slide groove of the upper slide groove seat so that The upper slide seat is connected to the first connecting block, the cross-shaped slider of the second first middle block is used to slide into the cross-shaped slide on the first middle slide seat of the first first middle block, and then a first horizontal slide is formed between the two first middle slide seats, the cross-shaped slider of the third first middle block is used to slide into the cross-shaped slide on the first middle slide seat of the second first middle block, the cross-shaped slider of the fourth first middle block is used to slide into the cross-shaped slide on the first middle slide seat of the third first middle block, and the cross-shaped slider of the lower block is used to slide into the cross-shaped slide on the first middle slide seat of the fourth first middle block;

[0018] The left and right sides of the upper block are provided with L-shaped slide grooves running through the top and bottom thereof, the left and right sides of the four first middle blocks are provided with L-shaped slide grooves running through the top and bottom thereof, and the left and right sides of the lower block are provided with L-shaped slide grooves running through the top thereof;

[0019] In the four first middle blocks, a strip-shaped hole 1 is provided in the middle of the third first middle block and runs through the bottom thereof, and a strip-shaped hole 2 is provided in the middle of the fourth first middle block and runs through the top and bottom thereof, and the strip-shaped hole 2 divides the first middle block into two sub-blocks that are not connected to each other; a strip-shaped hole 3 is provided in the middle of the lower block and runs through the top thereof, and when the upper block, the four first middle blocks and the lower block are sequentially spliced, the strip-shaped hole 1, the strip-shaped hole 2 and the strip-shaped hole 3 are sequentially connected to form a strip-shaped hole;

[0020] The T-shaped sliding block of the upper block is used to slide into the T-shaped sliding groove of the upper panel, and the T-shaped sliding block of the lower block is used to slide into the T-shaped sliding groove of the lower panel;

[0021] The front panel and the rear panel have the same structure.

[0022] As a further improved technical solution of the present invention, the upper panel is formed by sequentially splicing a front block, three second middle blocks and a rear block;

[0023] The front block is connected by a front slide seat, a second connecting block and a cross-shaped slider, the front slide seat is provided with a T-shaped slide running through its left and right ends, the second middle block is connected by a second middle slide seat, a second connecting block and a cross-shaped slider, the second middle slide seat is provided with a cross-shaped slide running through its left and right ends, the rear block is connected by a second middle slide seat, a second connecting block and a rear slide seat, the rear slide seat is provided with a T-shaped slide running through its left and right ends;

[0024] The cross-shaped sliding block of the front block is used to slide into the cross-shaped sliding groove of the second middle sliding groove seat of the second middle block so that the second connecting block of the front block is connected with the second middle sliding groove seat of the second middle block, and then a second horizontal sliding groove is formed between the front sliding groove seat of the front block and the second middle sliding groove seat of the second middle block;

[0025] The cross-shaped sliding block of one second middle block is used to slide into the cross-shaped sliding groove of the second middle sliding groove seat of another second middle block so that the second connecting block of one second middle block is connected with the second middle sliding groove seat of another second middle block, thereby forming a second horizontal sliding groove between the second middle sliding groove seat of one second middle block and the second middle sliding groove seat of another second middle block;

[0026] The cross-shaped sliding block of the second middle block is used to slide into the cross-shaped sliding groove of the second middle sliding groove seat of the rear block so that the second connecting block of the second middle block is connected to the second middle sliding groove seat of the rear block, and then a second horizontal sliding groove is formed between the second middle sliding groove seat of the second middle block and the second middle sliding groove seat of the rear block;

[0027] The upper panel and the lower panel have the same structure.

[0028] As a further improved technical solution of the present invention, the left panel is formed by sequentially splicing an upper left block, two left middle blocks and a lower left block;

[0029] The top of the upper left block and the bottom of the lower left block are both provided with a plurality of protrusions for embedding into the second horizontal slide groove, the bottom of the upper left block is provided with a cross-shaped slide groove running through the front end and the rear end thereof, the top of the left middle block is provided with a cross-shaped slider, the bottom of the left middle block is provided with a cross-shaped slide groove running through the front end and the rear end thereof, and the top of the lower left block is provided with a cross-shaped slider; the cross-shaped slider of the first left middle block is used to slide into the cross-shaped slide groove of the upper left block, the cross-shaped slider of the second left middle block is used to slide into the cross-shaped slide groove of the first left middle block, and the cross-shaped slider of the lower left block is used to slide into the cross-shaped slide groove of the second left middle block;

[0030] The front and rear ends of the upper left block, the two left middle blocks and the lower left block are all fixedly connected with L-shaped sliders. When the upper left block, the two left middle blocks and the lower left block are sequentially spliced, the L-shaped sliders at the front ends of the upper left block, the two left middle blocks and the lower left block are sequentially connected, and the L-shaped sliders at the rear ends of the upper left block, the two left middle blocks and the lower left block are sequentially connected;

[0031] The front and rear sides of the upper left block are provided with vertical slide grooves running through the bottom thereof, the front and rear sides of the two left middle blocks are provided with vertical slide grooves running through the top and bottom thereof, and the front and rear sides of the lower left block are provided with vertical slide grooves running through the top thereof. When the upper left block, the two left middle blocks and the lower left block are spliced ​​in sequence, the vertical slide grooves on the front sides of the upper left block, the two left middle blocks and the lower left block are connected in sequence, and the vertical slide grooves on the rear sides of the upper left block, the two left middle blocks and the lower left block are connected in sequence.

[0032] As a further improved technical solution of the present invention, the right panel is formed by sequentially splicing the upper right block, two right middle blocks and the lower right block;

[0033] The top of the upper right block and the bottom of the lower right block are both provided with a plurality of protrusions for embedding into the second horizontal slide groove, the bottom of the upper right block is provided with a cross-shaped slide groove running through the front end and the rear end thereof, the top of the right middle block is provided with a cross-shaped slider, the bottom of the right middle block is provided with a cross-shaped slide groove running through the front end and the rear end thereof, and the top of the lower right block is provided with a cross-shaped slider; the cross-shaped slider of the first right middle block is used to slide into the cross-shaped slide groove of the upper right block, the cross-shaped slider of the second right middle block is used to slide into the cross-shaped slide groove of the first right middle block, and the cross-shaped slider of the lower right block is used to slide into the cross-shaped slide groove of the second right middle block;

[0034] The front and rear ends of the upper right block, the two right middle blocks and the lower right block are fixedly connected with L-shaped sliders. When the upper right and left blocks, the two right middle blocks and the lower right block are spliced ​​in sequence, the L-shaped sliders at the front ends of the upper right block, the two right middle blocks and the lower right block are connected in sequence, and the L-shaped sliders at the rear ends of the upper right block, the two right middle blocks and the lower right block are connected in sequence.

[0035] As a further improved technical solution of the present invention, the shell and the loading device are both made of bamboo.

[0036] The beneficial effects of the present invention are:

[0037] 1. The front panel, rear panel, left panel, right panel, upper panel and lower panel of the present invention can be freely assembled and disassembled. At the same time, the upper panel can be slid, the right panel can be removed, and the left panel can be pulled upward. The left panel is linked to the loading device, and the left loading tray and the right loading tray of the loading device can slide out from the inside to the outside of the shell in opposite directions, so as to realize the display and taking of products, which is more functional and interesting.

[0038] 2. Each of the front panel, rear panel, left panel, right panel, upper panel and lower panel of the present invention is assembled by sliding several blocks, which is convenient for product assembly and disassembly. After the product is disassembled, it can be stored or transported, occupying a smaller area.

[0039] 3. After use, the present invention can be recycled for a second time, or it can be assembled and built as building blocks for use as a leisure game.

[0040] 4. The present invention adopts bamboo material, which is an environmentally friendly material and is conducive to recycling and reuse. BRIEF DESCRIPTION OF THE DRAWINGS

[0041] Figure 1 It is a schematic diagram of the overall structure of the present invention.

[0042] Figure 2 This is a schematic diagram of the structure of the present invention hiding the right panel.

[0043] Figure 3 This is a structural state diagram of the present invention after the right panel is removed, the upper panel and the front panel are hidden, the left panel has slid upward, and the cross bar has not slid upward.

[0044] Figure 4 This is a structural state diagram of the present invention after the right panel is removed, the upper panel and the front panel are hidden, the cross bar slides to the top, the left and right loading pallets slide in opposite directions, and the left panel is lowered and placed on the left loading pallet.

[0045] Figure 5 This is a structural state diagram of the present invention after the right panel is removed, the upper panel and the front panel are hidden, the cross bar slides to the top, the left and right loading pallets slide in opposite directions, and the left panel is lowered and placed on the left loading pallet.

[0046] Figure 6 This is a structural state diagram of the present invention after the right panel is removed, the upper panel and the front panel are hidden, the cross bar slides to the top, the left and right loading pallets slide in opposite directions, and the left panel is lowered and placed on the left loading pallet.

[0047] Figure 7 It is a schematic diagram of the structure of the object carrying device of the present invention.

[0048] Figure 8 It is a schematic diagram of the structure of the object carrying device of the present invention.

[0049] Fig. 9 It is a structural state diagram of the left loading tray and the right loading tray in the loading device of the present invention after sliding in opposite directions respectively.

[0050] Fig.10It is a structural state diagram of the left loading tray and the right loading tray in the loading device of the present invention after sliding in opposite directions respectively.

[0051] Fig.11 It is a structural diagram of the front panel or the rear panel.

[0052] Fig.12 It is a schematic diagram of the structure after the front panel or the rear panel is exploded.

[0053] Fig.13 It is a structural schematic diagram of the upper panel or the lower panel.

[0054] Fig.14 This is a schematic diagram of the structure after the upper panel or the lower panel explodes.

[0055] Fig.15 This is a schematic diagram of the structure of the left panel.

[0056] Fig.16 This is a schematic diagram of the structure after the left panel explodes.

[0057] Fig.17 The right panel is a schematic diagram of the structure.

[0058] Fig.18 The right panel is a schematic diagram of the structure after explosion. DETAILED DESCRIPTION

[0059] The specific embodiments of the present invention are further described below according to the accompanying drawings:

[0060] like Figure 1 and Figure 2 As shown, a packaging structure that can be freely disassembled and assembled and is convenient for displaying products includes a shell A and a loading device B located inside the shell A.

[0061] like Figure 1 and Figure 2 As shown, the housing A includes a front panel A1, a rear panel A2, a left panel A3, a right panel A4, an upper panel A5 and a lower panel A6.

[0062] like Figure 2 and Figure 3 As shown, both the front panel A1 and the rear panel A2 are provided with vertical strip holes A1c, and the inner side of the front panel A1 is provided with a first horizontal sliding groove A1d ( Figure 5), the top and bottom of the front panel A1 are provided with strip-shaped T-shaped sliders A111, and the left and right sides of the inner side of the front panel A1 are provided with L-shaped slide grooves A1a passing through the top of the front panel A1; the inner side of the rear panel A2 is provided with a first horizontal slide groove A1d passing through the left and right ends of the rear panel A2, the top and bottom of the rear panel A2 are provided with strip-shaped T-shaped sliders A111, and the left and right sides of the inner side of the rear panel A2 are provided with L-shaped slide grooves A1a passing through the top of the rear panel A2.

[0063] The inner side surface of the upper panel A5 is provided with a plurality of second horizontal slide grooves A5a which are parallel to each other and pass through the left and right ends of the upper panel A5, the front and rear sides of the inner side surface of the upper panel A5 are provided with T-shaped slide grooves A5b which pass through the left and right ends of the upper panel A5, the inner side surface of the lower panel A6 is provided with a plurality of second horizontal slide grooves A5a which are parallel to each other and pass through the left and right ends of the lower panel A6, and the front and rear sides of the inner side surface of the lower panel A6 are provided with T-shaped slide grooves A5b which pass through the left and right ends of the lower panel A6.

[0064] The top and bottom of the left panel A3 are provided with a plurality of protrusions A3a for embedding into the second horizontal slide groove A5a, the front and rear sides of the inner side of the left panel A3 are provided with vertical slide grooves A3b, and the front and rear ends of the left panel A3 are provided with L-shaped sliders A3c for sliding into the L-shaped slide groove A1a; the top and bottom of the right panel A4 are provided with a plurality of protrusions A3a for embedding into the second horizontal slide groove A5a, and the front and rear ends of the right panel A4 are provided with L-shaped sliders A3c for sliding into the L-shaped slide groove A1a.

[0065] The T-shaped slider A111 at the top of the front panel A1 and the rear panel A2 is used to slide into the T-shaped slide groove A5b of the upper panel A5, and the T-shaped slider A111 at the bottom of the front panel A1 and the rear panel A2 is used to slide into the T-shaped slide groove A5b of the lower panel A6; the L-shaped sliders A3c at the front and rear ends of the left panel A3 are respectively used to slide into the L-shaped slide groove A1a on the left side of the front panel A1 and the L-shaped slide groove A1a on the left side of the rear panel A2, and the L-shaped sliders A3c at the front and rear ends of the right panel A4 are respectively used to slide into the L-shaped slide groove A1a on the right side of the front panel A1 and the L-shaped slide groove A1a on the right side of the rear panel A2; the protrusions A3a at the top of the left panel A3 and the right panel A4 are used to be embedded in the second horizontal slide groove A5a of the upper panel A5, and the protrusions A3a at the bottom of the left panel A3 and the right panel A4 are used to be embedded in the second horizontal slide groove A5a of the lower panel A6.

[0066] like Figure 3 , Figure 7 and Figure 8As shown, the object carrying device B includes a cross bar B1, a connecting slide bar B2, a left oblique rod B3, a right oblique rod B4, a left object carrying pallet B5 and a right object carrying pallet B6. The two ends of the cross bar B1 respectively penetrate the strip holes A1c on the front panel A1 and the rear panel A2 and can move up and down in the strip holes A1c. The two ends of the cross bar B1 are connected to the connecting slide bar B2. One end of the connecting slide bar B2 is embedded in the vertical slide groove A3b of the left panel A3 and can slide in the vertical slide groove A3b of the left panel A3. A plurality of left oblique rods B3 and right oblique rods B4 are also connected to the cross bar B1. The top of the rod B3 is slidably connected to the bottom of the left cargo pallet B5, the top of the right oblique rod B4 is slidably connected to the bottom of the right cargo pallet B6, and the two ends of the right cargo pallet B6 are respectively embedded in the first horizontal slide grooves A1d of the front panel A1 and the rear panel A2 and can slide in the first horizontal slide grooves A1d; the left cargo pallet B5 is located between the two connecting slide rods B2, and the right end face of the left cargo pallet B5 is plugged into the left end face of the right cargo pallet B6 by means of splicing connection; the left oblique rod B3 and the right oblique rod B4 have the same structure, including an upper rod B31 and a lower rod B32 that are rotatably connected. Figure 7 and Figure 8 The upper rod B31 and the lower rod B32 are not rotated. Fig. 9 and Fig.10 It is the maximum angle that can be reached after the upper rod B31 and the lower rod B32 rotate.

[0067] One end of the connecting slide bar B2 is provided with a hole, and the cross bar B1 passes through the hole of the connecting slide bar B2 to achieve a tight rotation connection between the cross bar B1 and the connecting slide bar B2, that is, under a certain external force, the cross bar B1 and the connecting slide bar B2 can rotate.

[0068] Two left diagonal bars B3 and two right diagonal bars B4 are detachably (or fixedly) connected to the crossbar B1, and two left guide rails B52 ( Figure 8 ), the tops of the two left oblique rods B3 are respectively detachably connected to the two left guide rails B52, and the lower surface of the right cargo tray B6 is provided with two right guide rails B61 ( Figure 8 ), the tops of the two right oblique rods B4 are respectively detachably slidably connected to the two right guide rails B61.

[0069] The right end surface of the left cargo pallet B5 is provided with a socket, and the left end surface of the right cargo pallet B6 is provided with a plug-in block for plugging into the socket. The socket on the right end surface of the left cargo pallet B5 and the plug-in block on the left end surface of the right cargo pallet B6 are plugged into each other through a splicing connection. Figure 3 As shown, the heights of the tops of the left cargo pallet B5 and the right cargo pallet B6 are lower than the height of the top end of the connecting slide bar B2.

[0070] The upper surfaces of the left cargo pallet B5 and the right cargo pallet B6 are both provided with a plurality of containing grooves B51 for containing products.

[0071] like Fig.11 and Fig.12 As shown, the front panel A1 is formed by an upper block A11, four first middle blocks A12 and a lower block A13 which are sequentially spliced ​​together; the upper block A11 is formed by connecting a T-shaped slider A111 and an upper slide groove seat A112; the upper slide groove seat A112 is provided with a cross-shaped slide groove A1b which runs through its left and right ends; the first middle block A12 is formed by connecting a cross-shaped slider A121, a first connecting block A122 and a first middle slide groove seat A123; the first middle slide groove seat A123 is provided with a cross-shaped slide groove A1b which runs through its left and right ends; the lower block A13 is formed by connecting a cross-shaped slider A121 and a T-shaped slider A111; the cross-shaped slider A121 of the first first middle block A12 is used to slide into the cross-shaped slide groove A1b of the upper slide groove seat A112 so that the upper slide groove seat A112 and the first middle block A123 are connected. A connecting block A122 is connected, the cross-shaped slider A121 of the second first middle block A12 is used to slide into the cross-shaped slide groove A1b on the first middle slide groove seat A123 of the first first middle block A12, and then a first horizontal slide groove A1d is formed between the two first middle slide groove seats A123, the cross-shaped slider A121 of the third first middle block A12 is used to slide into the cross-shaped slide groove A1b on the first middle slide groove seat A123 of the second first middle block A12, the cross-shaped slider A121 of the fourth first middle block A12 is used to slide into the cross-shaped slide groove A1b on the first middle slide groove seat A123 of the third first middle block A12, and the cross-shaped slider A121 of the lower block A13 is used to slide into the cross-shaped slide groove A1b on the first middle slide groove seat A123 of the fourth first middle block A12.

[0072] The upper block A11 has an L-shaped slide groove A1a running through the top and bottom on both the left and right sides, the four first middle blocks A12 have an L-shaped slide groove A1a running through the top and bottom on both the left and right sides, and the lower block A13 has an L-shaped slide groove A1a running through the top on both the left and right sides.

[0073] In the four first middle blocks A12, the third first middle block A12 has a strip-shaped hole A1c1 running through its bottom in the middle, the fourth first middle block A12 has a strip-shaped hole A1c2 running through its top and bottom in the middle, and the strip-shaped hole A1c2 divides the first middle block A12 into two sub-blocks that are not connected to each other; the lower block A13 has a strip-shaped hole A1c3 running through its top in the middle, and when the upper block A11, the four first middle blocks A12 and the lower block A13 are sequentially spliced, the strip-shaped hole A1c1, the strip-shaped hole A1c2 and the strip-shaped hole A1c3 are sequentially connected to form the strip-shaped hole A1c;

[0074] The T-shaped slider A111 of the upper sub-block A11 is used to slide into the T-shaped slide groove A5b of the upper panel A5, and the T-shaped slider A111 of the lower sub-block A13 is used to slide into the T-shaped slide groove A5b of the lower panel A6.

[0075] The front panel A1 and the rear panel A2 have the same structure.

[0076] like Fig.13 and Fig.14 As shown, the upper panel A5 is formed by sequentially splicing a front block A51, three second middle blocks A52 and a rear block A53.

[0077] The front block A51 is connected by a front slide seat A511, a second connecting block A512 and a cross-shaped slider A121, and the front slide seat A511 is provided with a T-shaped slide A5b running through its left and right ends. The second middle block A52 is connected by a second middle slide seat A521, a second connecting block A512 and a cross-shaped slider A121, and the second middle slide seat A521 is provided with a cross-shaped slide A1b running through its left and right ends. The rear block A53 is connected by a second middle slide seat A521, a second connecting block A512 and a rear slide seat A531, and the rear slide seat A531 is provided with a T-shaped slide A5b running through its left and right ends.

[0078] The cross-shaped sliding block A121 of the front block A51 is used to slide into the cross-shaped sliding groove A1b of the second middle sliding groove seat A521 of the second middle block A52 so that the second connecting block A512 of the front block A51 is connected to the second middle sliding groove seat A521 of the second middle block A52, and then a second horizontal sliding groove A5a is formed between the front sliding groove seat A511 of the front block A51 and the second middle sliding groove seat A521 of the second middle block A52.

[0079] The cross-shaped slider A121 of a second middle block A52 is used to slide into the cross-shaped slide groove A1b of the second middle slide groove seat A521 of another second middle block A52 so that the second connecting block A512 of a second middle block A52 is connected to the second middle slide groove seat A521 of another second middle block A52, and then a second horizontal slide groove A5a is formed between the second middle slide groove seat A521 of a second middle block A52 and the second middle slide groove seat A521 of another second middle block A52.

[0080] The cross-shaped slider A121 of the second middle block A52 is used to slide into the cross-shaped slide groove A1b of the second middle slide groove seat A521 of the rear block A53 so that the second connecting block A512 of the second middle block A52 is connected to the second middle slide groove seat A521 of the rear block A53, and then a second horizontal slide groove A5a is formed between the second middle slide groove seat A521 of the second middle block A52 and the second middle slide groove seat A521 of the rear block A53.

[0081] The upper panel A5 and the lower panel A6 have the same structure.

[0082] like Fig.15 and Fig.16 As shown, the left panel A3 is composed of an upper left block A31, two left middle blocks A32 and a lower left block A33 which are sequentially spliced ​​together.

[0083] The top of the upper left block A31 and the bottom of the lower left block A33 are each provided with a plurality of protrusions A3a for embedding into the second horizontal slide groove A5a, the bottom of the upper left block A31 is provided with a cross-shaped slide groove A1b running through its front and rear ends, the top of the left middle block A32 is provided with a cross-shaped slider A121, the bottom of the left middle block A32 is provided with a cross-shaped slide groove A1b running through its front and rear ends, and the top of the lower left block A33 is provided with a cross-shaped slider A121; the cross-shaped slider A121 of the first left middle block A32 is used to slide into the cross-shaped slide groove A1b of the upper left block A31, the cross-shaped slider A121 of the second left middle block A32 is used to slide into the cross-shaped slide groove A1b of the first left middle block A32, and the cross-shaped slider A121 of the lower left block A33 is used to slide into the cross-shaped slide groove A1b of the second left middle block A32.

[0084] The front and rear ends of the upper left block A31, the two left middle blocks A32 and the lower left block A33 are fixedly connected with an L-shaped slider A3c. When the upper left block A31, the two left middle blocks A32 and the lower left block A33 are spliced ​​in sequence, the L-shaped sliders A3c at the front ends of the upper left block A31, the two left middle blocks A32 and the lower left block A33 are connected in sequence, and the L-shaped sliders A3c at the rear ends of the upper left block A31, the two left middle blocks A32 and the lower left block A33 are connected in sequence.

[0085] The front and rear sides of the upper left block A31 are provided with vertical slide grooves A3b running through the bottom thereof, the front and rear sides of the two left middle blocks A32 are provided with vertical slide grooves A3b running through the top and bottom thereof, and the front and rear sides of the lower left block A33 are provided with vertical slide grooves A3b running through the top thereof. When the upper left block A31, the two left middle blocks A32 and the lower left block A33 are spliced ​​in sequence, the vertical slide grooves A3b on the front sides of the upper left block A31, the two left middle blocks A32 and the lower left block A33 are connected in sequence, and the vertical slide grooves A3b on the rear sides of the upper left block A31, the two left middle blocks A32 and the lower left block A33 are connected in sequence.

[0086] like Fig.17 and Fig.18 As shown, the right panel A4 is composed of an upper right block A41, two right middle blocks A42 and a lower right block A43 which are sequentially spliced ​​together.

[0087] The top of the upper right block A41 and the bottom of the lower right block A43 are both provided with a plurality of protrusions A3a for embedding into the second horizontal slide groove A5a, the bottom of the upper right block A41 is provided with a cross-shaped slide groove A1b running through its front and rear ends, the top of the right middle block A42 is provided with a cross-shaped slider A121, the bottom of the right middle block A42 is provided with a cross-shaped slide groove A1b running through its front and rear ends, and the top of the lower right block A43 is provided with a cross-shaped slider A121; the cross-shaped slider A121 of the first right middle block A42 is used to slide into the cross-shaped slide groove A1b of the upper right block A41, the cross-shaped slider A121 of the second right middle block A42 is used to slide into the cross-shaped slide groove A1b of the first right middle block A42, and the cross-shaped slider A121 of the lower right block A43 is used to slide into the cross-shaped slide groove A1b of the second right middle block A42.

[0088] The front and rear ends of the upper right block A41, the two right middle blocks A42 and the lower right block A43 are fixedly connected with L-shaped sliders A3c. When the upper right and left blocks A31, the two right middle blocks A42 and the lower right block A43 are spliced ​​in sequence, the L-shaped sliders A3c at the front ends of the upper right block A41, the right middle block A42 and the lower right block A43 are connected in sequence, and the L-shaped sliders A3c at the rear ends of the upper right block A41, the two right middle blocks A42 and the two lower right blocks A43 are connected in sequence.

[0089] The housing A and the object-carrying device B are both made of bamboo.

[0090] The front panel A1, the rear panel A2, the left panel A3, the right panel A4, the upper panel A5, the lower panel A6 and the object carrying device B of this embodiment can be freely disassembled and assembled.

[0091] When assembling the front panel A1 or rear panel A2, Fig.12As shown, slide the cross-shaped slider A121 of the first middle block A12 of the first block into the cross-shaped slide groove A1b of the upper slide groove seat A112 of the upper block A11, slide the cross-shaped slider A121 of the first middle block A12 of the second block into the cross-shaped slide groove A1b of the first middle slide groove seat A123 of the first middle block A12 of the first block, slide the cross-shaped slider A121 of the first middle block A12 of the third block into the cross-shaped slide groove A1b of the first middle slide groove seat A123 of the first middle block A12 of the second block, slide the cross-shaped slider A121 of the first middle block A12 of the fourth block into the cross-shaped slide groove A1b of the first middle slide groove seat A123 of the first middle block A12 of the third block, and slide the cross-shaped slider A121 of the lower block A13 into the cross-shaped slide groove A1b of the first middle slide groove seat A123 of the first middle block A12 of the fourth block, and complete the splicing. After splicing, as shown in Fig.11 shown.

[0092] When assembling the upper panel A5 or the lower panel A6, if Fig.14 As shown, slide the cross-shaped slider A121 of the front block A51 into the cross-shaped slide groove A1b of the second middle slide groove seat A521 of the second middle block A52 of the first block, slide the cross-shaped slider A121 of the second middle block A52 of the first block into the cross-shaped slide groove A1b of the second middle slide groove seat A521 of the second middle block A52 of the second block, slide the cross-shaped slider A121 of the second middle block A52 of the second block into the cross-shaped slide groove A1b of the second middle slide groove seat A521 of the third block, and slide the cross-shaped slider A121 of the second middle block A52 of the third block into the cross-shaped slide groove A1b of the second middle slide groove seat A521 of the rear block A53 to complete the splicing. After splicing, as shown Fig.13 shown.

[0093] When assembling the left panel A3, Fig.16 As shown, slide the cross-shaped slider A121 of the first left middle block A32 into the cross-shaped slide groove A1b of the upper left block A31, slide the cross-shaped slider A121 of the second left middle block A32 into the cross-shaped slide groove A1b of the first left middle block A32, and slide the cross-shaped slider A121 of the lower left block A33 into the cross-shaped slide groove A1b of the second left middle block A32 to complete the splicing. Fig.15 shown.

[0094] When assembling the right panel A4, Fig.18As shown, slide the cross-shaped slider A121 of the first right middle block A42 into the cross-shaped slide groove A1b of the upper right block A41, slide the cross-shaped slider A121 of the second right middle block A42 into the cross-shaped slide groove A1b of the first right middle block A42, and slide the cross-shaped slider A121 of the lower right block A43 into the cross-shaped slide groove A1b of the second right middle block A42 to complete the splicing. Fig.17 shown.

[0095] Assemble the loading device B, such as Figure 7 and Figure 8 As shown, the top of the left diagonal rod B3 is located at the left end of the left guide rail B52, the top of the right diagonal rod B4 is located at the right end of the left guide rail B52, and the two ends of the cross bar B1 pass through the two holes of the connecting slide bar B2 respectively to achieve the connection between the cross bar B1 and the connecting slide bar B2.

[0096] When assembling the packaging structure, the crossbar B1 of the loading device B is inserted into the vertical strip holes A1c of the front panel A1 and the rear panel A2 respectively. At the same time, the two ends of the right loading pallet B6 are respectively embedded in the first horizontal slide grooves A1d of the front panel A1 and the rear panel A2. Then, the T-shaped sliders A111 at the bottom of the front panel A1 and the rear panel A2 are slid into the T-shaped slide grooves A5b of the lower panel A6, and the L-shaped sliders A3c of the left panel A3 are respectively slid into the L-shaped slide grooves A1a on the left side of the front panel A1 and the L-shaped slide grooves A1c on the left side of the rear panel A2. shaped slide groove A1a, and at the same time, forcefully rotate the connecting slide rod B2 to the left on the cross bar B1 so that the top of the connecting slide rod B2 is embedded in the vertical slide groove A3b of the left panel A3, and slide the L-shaped sliding block A3c of the right panel A4 into the L-shaped slide groove A1a on the right side of the front panel A1 and the L-shaped slide groove A1a on the right side of the rear panel A2 respectively, and load fruits into the loading groove B51 of the loading device B. Finally, slide the T-shaped sliding blocks A111 on the top of the front panel A1 and the rear panel A2 into the T-shaped slide groove A5b of the upper panel A5 to complete the assembly.

[0097] When it is necessary to display the fruit, the upper panel A5 is slid slightly to the left, and then the right panel A4 is slid upward, and the right panel A4 is slid upward out of the L-shaped slide groove A1a of the front panel A1 and the rear panel A2, and then the upper panel A5 is slid slightly to the right, and then the left panel A3 is slid upward, and the left panel A3 slides upward, and at the same time, the connecting slide bar B2 slides in the vertical slide groove A3b of the left panel A3. When the connecting slide bar B2 slides to the bottom of the vertical slide groove A3b of the left panel A3 (such as Figure 3At this time, the bottom of the left panel A3 is located above the left cargo tray B5 and does not hinder the left cargo tray B5 from sliding outward), the left panel A3 continues to slide upward, the left panel A3 drives the connecting slide bar B2 to slide upward, and the connecting slide bar B2 drives the cross bar B1 to slide upward along the vertical strip holes A1c of the front panel A1 and the rear panel A2. Since the left cargo tray B5 and the right cargo tray B6 are plugged in and the two ends of the right cargo tray B6 are respectively embedded in the first horizontal slide grooves A1d of the front panel A1 and the rear panel A2, the right cargo tray B6 cannot slide upward, and the upper rod B31 and the lower rod B32 in the left oblique rod B3 and the right oblique rod B4 rotate (finally rotate to as shown in the figure). Figure 4-Figure 6 ), the left cargo pallet B5 and the right cargo pallet B6 separate and move in opposite directions respectively, and the right cargo pallet B6 slides along the first horizontal slide groove A1d of the front panel A1 and the rear panel A2, and due to inertia, the top of the left inclined rod B3 slides to the right end of the left guide rail B52 at the bottom of the left cargo pallet B5, and the top of the right inclined rod B4 slides to the left end of the right guide rail B61 at the bottom of the right cargo pallet B6 (as shown in FIG. Figure 4 ), that is, the left cargo pallet B5 and the right cargo pallet B6 slide outward, the fruits on the left cargo pallet B5 slide out to the left and outward and are displayed along with the left cargo pallet B5, and the fruits on the right cargo pallet B6 slide out to the right and outward and are displayed along with the right cargo pallet B6. When the cross bar B1 slides to the top of the vertical strip holes A1c of the front panel A1 and the rear panel A2, the left side of the right cargo pallet B6 is still located in the first horizontal slide groove A1d of the front panel A1 and the rear panel A2. The first horizontal slide groove A1d of the front panel A1 and the rear panel A2 has a certain supporting force for the right cargo pallet B6. The left panel A3 is released, and the left panel A3 moves downward due to gravity and is placed on the left cargo pallet B5. Finally, as shown in FIG. Figure 4-6 shown. Figure 4-6 The front panel A1 and the upper panel A5 are hidden to facilitate observation of the internal structure.

[0098] When there is no need to display the fruit, move the left panel A3 upwards, push the left loading tray B5 and the right loading tray B6 inwards along the first horizontal slide groove A1d, plug the left loading tray B5 and the right loading tray B6 into place, and at the same time, move the cross bar B1, the connecting slide bar B2, and the left panel A3 downwards to the initial position, slide the upper panel A5 to the left, and install the right panel A4, that is, slide the L-shaped slider A3c of the right panel A4 into the L-shaped slide groove A1a on the right side of the front panel A1 and the L-shaped slide groove A1a on the right side of the rear panel A2, and then slide the upper panel A5 to the initial position to complete.

[0099] To disassemble the packaging structure, first remove the upper panel A5 (slide the upper panel A5 horizontally to the left or right), then remove the right panel A4 (slide the right panel A4 upward), forcefully turn the connecting slide bar B2 to the right, and the top of the connecting slide bar B2 will be separated from the vertical slide groove A3b of the left panel A3, remove the left panel A3 (slide the left panel A3 upward), remove the panel A6 (slide the lower panel A6 horizontally to the left or right), remove the front panel A1, the rear panel A2 and the loading device B, and the disassembly is completed. The loading device B itself can also be disassembled, and the connecting slide bar B2 is forced to slide off the cross bar B1, and the remaining structure is selected according to the connection method of the specific structure.

[0100] The protection scope of the present invention includes but is not limited to the above embodiments. The protection scope of the present invention shall be based on the claims. Any replacement, deformation, and improvement of the technology that can be easily thought of by technicians in this field shall fall within the protection scope of the present invention.

Claims

1. A packaging structure that can be freely disassembled and convenient for displaying products, characterized by: It comprises a housing (A) and a loading device (B) located inside the housing (A); The housing (A) comprises a front panel (A1), a rear panel (A2), a left panel (A3), a right panel (A4), an upper panel (A5) and a lower panel (A6); The front panel (A1) and the rear panel (A2) are both provided with vertical strip holes (A1c); the inner side surface of the front panel (A1) is provided with a first horizontal slide groove (A1d) penetrating the left and right ends of the front panel (A1); the top and bottom of the front panel (A1) are provided with strip-shaped T-shaped sliders (A111); the left and right sides of the inner side surface of the front panel (A1) are provided with an L-shaped slide groove (A1a) penetrating the top of the front panel (A1); the inner side surface of the rear panel (A2) is provided with a first horizontal slide groove (A1d) penetrating the left and right ends of the rear panel (A2); the top and bottom of the rear panel (A2) are provided with a strip-shaped T-shaped slider (A111); the left and right sides of the inner side surface of the rear panel (A2) are provided with an L-shaped slide groove (A1a) penetrating the top of the rear panel (A2); The inner side surface of the upper panel (A5) is provided with a plurality of second horizontal slide grooves (A5a) which are parallel to each other and pass through the left and right ends of the upper panel (A5); the front side and the rear side of the inner side surface of the upper panel (A5) are both provided with T-shaped slide grooves (A5b) which pass through the left and right ends of the upper panel (A5); the inner side surface of the lower panel (A6) is provided with a plurality of second horizontal slide grooves (A5a) which are parallel to each other and pass through the left and right ends of the lower panel (A6); the front side and the rear side of the inner side surface of the lower panel (A6) are both provided with T-shaped slide grooves (A5b) which pass through the left and right ends of the lower panel (A6); The top and bottom of the left panel (A3) are both provided with a plurality of protrusions (A3a) for embedding into the second horizontal slide groove (A5a), the front side and the rear side of the inner side of the left panel (A3) are both provided with vertical slide grooves (A3b), and the front end and the rear end of the left panel (A3) are both provided with L-shaped sliding blocks (A3c) for sliding into the L-shaped slide groove (A1a); the top and the bottom of the right panel (A4) are both provided with a plurality of protrusions (A3a) for embedding into the second horizontal slide groove (A5a), and the front end and the rear end of the right panel (A4) are both provided with L-shaped sliding blocks (A3c) for sliding into the L-shaped slide groove (A1a); The T-shaped sliders (A111) at the top of the front panel (A1) and the rear panel (A2) are used to slide into the T-shaped slide groove (A5b) of the upper panel (A5), and the T-shaped sliders (A111) at the bottom of the front panel (A1) and the rear panel (A2) are used to slide into the T-shaped slide groove (A5b) of the lower panel (A6); the L-shaped sliders (A3c) at the front and rear ends of the left panel (A3) are used to slide into the L-shaped slide groove (A1a) on the left side of the front panel (A1) and the L-shaped slide groove (A1a) on the left side of the rear panel (A2), respectively. The L-shaped sliding blocks (A3c) at the front and rear ends of the panel (A4) are respectively used to slide into the L-shaped sliding groove (A1a) on the right side of the front panel (A1) and the L-shaped sliding groove (A1a) on the right side of the rear panel (A2); the protrusions (A3a) at the top of the left panel (A3) and the right panel (A4) are used to be embedded in the second horizontal sliding groove (A5a) of the upper panel (A5), and the protrusions (A3a) at the bottom of the left panel (A3) and the right panel (A4) are used to be embedded in the second horizontal sliding groove (A5a) of the lower panel (A6); The object carrying device (B) comprises a cross bar (B1), a connecting slide bar (B2), a left oblique bar (B3), a right oblique bar (B4), a left object carrying plate (B5) and a right object carrying plate (B6); the two ends of the cross bar (B1) respectively penetrate the strip holes (A1c) on the front panel (A1) and the rear panel (A2) and can move up and down in the strip holes (A1c); the two ends of the cross bar (B1) are connected to connecting slide bars (B2); one end of the connecting slide bar (B2) is embedded in the vertical slide groove (A3b) of the left panel (A3) and can slide in the vertical slide groove (A3b) of the left panel (A3); the cross bar (B1) is also connected to a plurality of left oblique bars (B3) and right oblique bars (B4). ), the top of the left oblique rod (B3) is slidably connected to the bottom of the left cargo pallet (B5), the top of the right oblique rod (B4) is slidably connected to the bottom of the right cargo pallet (B6), and the two ends of the right cargo pallet (B6) are respectively embedded in the first horizontal slide grooves (A1d) of the front panel (A1) and the rear panel (A2) and can slide in the first horizontal slide grooves (A1d); the left cargo pallet (B5) is located between the two connecting slide rods (B2), and the right end surface of the left cargo pallet (B5) is plugged into the left end surface of the right cargo pallet (B6) by means of splicing connection; the left oblique rod (B3) and the right oblique rod (B4) have the same structure, including an upper rod (B31) and a lower rod (B32) that are rotatably connected.

2. The packaging structure that can be freely disassembled and conveniently displayed according to claim 1 is characterized in that: One end of the connecting slide bar (B2) is provided with a hole, and the cross bar (B1) passes through the hole of the connecting slide bar (B2) so as to realize the connection between the cross bar (B1) and the connecting slide bar (B2).

3. The packaging structure that can be freely disassembled and conveniently displayed according to claim 1 is characterized in that: Two left oblique rods (B3) and two right oblique rods (B4) are connected to the crossbar (B1); two left guide rails (B52) are provided on the lower surface of the left cargo pallet (B5); the tops of the two left oblique rods (B3) are respectively slidably connected to the two left guide rails (B52); two right guide rails (B61) are provided on the lower surface of the right cargo pallet (B6); the tops of the two right oblique rods (B4) are respectively slidably connected to the two right guide rails (B61).

4. The packaging structure that can be freely disassembled and conveniently displayed according to claim 1 is characterized in that: The right end surface of the left cargo pallet (B5) is provided with a socket, and the left end surface of the right cargo pallet (B6) is provided with an insert block that can be plugged into the socket. The socket on the right end surface of the left cargo pallet (B5) and the insert block on the left end surface of the right cargo pallet (B6) are plugged into each other through a splicing connection.

5. The packaging structure that can be freely disassembled and conveniently displayed according to claim 4 is characterized in that: The upper surfaces of the left cargo carrying plate (B5) and the right cargo carrying plate (B6) are both provided with a plurality of containing grooves (B51) for containing products.

6. The packaging structure that can be freely disassembled and conveniently displayed according to claim 1 is characterized in that: The front panel (A1) is formed by sequentially splicing an upper block (A11), four first middle blocks (A12) and a lower block (A13); the upper block (A11) is formed by connecting a T-shaped slider (A111) and an upper slide groove seat (A112); the upper slide groove seat (A112) is provided with a cross-shaped slide groove (A1b) running through the left and right ends thereof; the first middle block (A12) is formed by connecting a cross-shaped slider (A121), a first connecting block (A122) and a first middle block (A13); The first middle slide groove seat (A123) is connected with a cross-shaped slide groove (A1b) running through the left and right ends thereof, and the lower block (A13) is connected with a cross-shaped slider (A121) and a T-shaped slider (A111); the cross-shaped slider (A121) of the first middle block (A12) is used to slide into the cross-shaped slide groove (A1b) of the upper slide groove seat (A112) so that the upper slide groove seat (A112) and the first middle block (A12) are connected. The connecting block (A122) is connected, the cross-shaped slider (A121) of the second first middle block (A12) is used to slide into the cross-shaped slide groove (A1b) on the first middle slide groove seat (A123) of the first first middle block (A12), and then a first horizontal slide groove (A1d) is formed between the two first middle slide groove seats (A123), and the cross-shaped slider (A121) of the third first middle block (A12) is used to slide into the cross-shaped slide groove (A1b) of the second first middle block (A12). The cross-shaped slide block (A121) of the fourth first middle sub-block (A12) is used to slide into the cross-shaped slide groove (A1b) on the first middle slide groove seat (A123) of the third first middle sub-block (A12), and the cross-shaped slide block (A121) of the lower sub-block (A13) is used to slide into the cross-shaped slide groove (A1b) on the first middle slide groove seat (A123) of the fourth first middle sub-block (A12); The upper block (A11) is provided with an L-shaped slide groove (A1a) on the left and right sides thereof and passes through the top and bottom thereof, the four first middle blocks (A12) are provided with an L-shaped slide groove (A1a) on the left and right sides thereof and passes through the top and bottom thereof, and the lower block (A13) is provided with an L-shaped slide groove (A1a) on the left and right sides thereof and passes through the top thereof; In the four first middle blocks (A12), a strip-shaped sub-hole 1 (A1c1) is provided in the middle of the third first middle block (A12) and runs through the bottom thereof, and a strip-shaped sub-hole 2 (A1c2) is provided in the middle of the fourth first middle block (A12) and runs through the top and bottom thereof, and the strip-shaped sub-hole 2 (A1c2) divides the first middle block (A12) into two sub-blocks that are not connected to each other; a strip-shaped sub-hole 3 (A1c3) is provided in the middle of the lower block (A13) and runs through the top thereof, and when the upper block (A11), the four first middle blocks (A12) and the lower block (A13) are sequentially spliced, the strip-shaped sub-hole 1 (A1c1), the strip-shaped sub-hole 2 (A1c2) and the strip-shaped sub-hole 3 (A1c3) are sequentially connected to form a strip-shaped hole (A1c); The T-shaped slider (A111) of the upper sub-block (A11) is used to slide into the T-shaped slide groove (A5b) of the upper panel (A5), and the T-shaped slider (A111) of the lower sub-block (A13) is used to slide into the T-shaped slide groove (A5b) of the lower panel (A6); The front panel (A1) and the rear panel (A2) have the same structure.

7. The packaging structure that can be freely disassembled and conveniently displayed according to claim 1 is characterized in that: The upper panel (A5) is formed by sequentially splicing a front block (A51), three second middle blocks (A52) and a rear block (A53); The front block (A51) is connected by a front slide seat (A511), a second connecting block (A512) and a cross-shaped slider (A121); the front slide seat (A511) is provided with a T-shaped slide (A5b) running through its left and right ends; the second middle block (A52) is connected by a second middle slide seat (A521), a second connecting block (A512) and a cross-shaped slider (A121); the second middle slide seat (A521) is provided with a cross-shaped slide (A1b) running through its left and right ends; the rear block (A53) is connected by a second middle slide seat (A521), a second connecting block (A512) and a rear slide seat (A531); the rear slide seat (A531) is provided with a T-shaped slide (A5b) running through its left and right ends; The cross-shaped sliding block (A121) of the front block (A51) is used to slide into the cross-shaped sliding groove (A1b) of the second middle sliding groove seat (A521) of the second middle block (A52), so that the second connecting block (A512) of the front block (A51) is connected to the second middle sliding groove seat (A521) of the second middle block (A52), and a second horizontal sliding groove (A5a) is formed between the front sliding groove seat (A511) of the front block (A51) and the second middle sliding groove seat (A521) of the second middle block (A52); The cross-shaped sliding block (A121) of a second middle block (A52) is used to slide into the cross-shaped sliding groove (A1b) of the second middle sliding groove seat (A521) of another second middle block (A52), so that the second connecting block (A512) of a second middle block (A52) is connected to the second middle sliding groove seat (A521) of another second middle block (A52), and a second horizontal sliding groove (A5a) is formed between the second middle sliding groove seat (A521) of a second middle block (A52) and the second middle sliding groove seat (A521) of another second middle block (A52); The cross-shaped sliding block (A121) of the second middle block (A52) is used to slide into the cross-shaped sliding groove (A1b) of the second middle sliding groove seat (A521) of the rear block (A53), so that the second connecting block (A512) of the second middle block (A52) is connected to the second middle sliding groove seat (A521) of the rear block (A53), and a second horizontal sliding groove (A5a) is formed between the second middle sliding groove seat (A521) of the second middle block (A52) and the second middle sliding groove seat (A521) of the rear block (A53); The upper panel (A5) and the lower panel (A6) have the same structure.

8. The packaging structure that can be freely disassembled and conveniently displayed according to claim 1 is characterized in that: The left panel (A3) is formed by sequentially splicing an upper left block (A31), two left middle blocks (A32) and a lower left block (A33); The top of the upper left block (A31) and the bottom of the lower left block (A33) are both provided with a plurality of protrusions (A3a) for embedding into the second horizontal slide groove (A5a); the bottom of the upper left block (A31) is provided with a cross-shaped slide groove (A1b) running through the front and rear ends thereof; the top of the middle left block (A32) is provided with a cross-shaped slider (A121); the bottom of the middle left block (A32) is provided with a cross-shaped slide groove (A1b) running through the front and rear ends thereof; the top of the lower left block (A33) is provided with a cross-shaped slider (A121); A cross-shaped slider (A121) is provided; the cross-shaped slider (A121) of the first left middle block (A32) is used to slide into the cross-shaped slide groove (A1b) of the upper left block (A31); the cross-shaped slider (A121) of the second left middle block (A32) is used to slide into the cross-shaped slide groove (A1b) of the first left middle block (A32); and the cross-shaped slider (A121) of the lower left block (A33) is used to slide into the cross-shaped slide groove (A1b) of the second left middle block (A32); The front and rear ends of the upper left block (A31), the two left middle blocks (A32) and the lower left block (A33) are all fixedly connected with an L-shaped slider (A3c); when the upper left block (A31), the two left middle blocks (A32) and the lower left block (A33) are sequentially spliced, the L-shaped sliders (A3c) at the front ends of the upper left block (A31), the two left middle blocks (A32) and the lower left block (A33) are sequentially connected, and the L-shaped sliders (A3c) at the rear ends of the upper left block (A31), the two left middle blocks (A32) and the lower left block (A33) are sequentially connected; The front and rear sides of the upper left block (A31) are both provided with vertical slide grooves (A3b) running through the bottom thereof, the front and rear sides of the two left middle blocks (A32) are both provided with vertical slide grooves (A3b) running through the top and bottom thereof, and the front and rear sides of the lower left block (A33) are both provided with vertical slide grooves (A3b) running through the top thereof. When the upper left block (A31), the two left middle blocks (A32) and the lower left block (A33) are sequentially spliced, the vertical slide grooves (A3b) on the front sides of the upper left block (A31), the two left middle blocks (A32) and the lower left block (A33) are sequentially connected, and the vertical slide grooves (A3b) on the rear sides of the upper left block (A31), the two left middle blocks (A32) and the lower left block (A33) are sequentially connected.

9. The packaging structure that can be freely disassembled and conveniently displayed according to claim 1 is characterized in that: The right panel (A4) is composed of an upper right block (A41), two right middle blocks (A42) and a lower right block (A43) spliced ​​in sequence; The top of the upper right block (A41) and the bottom of the lower right block (A43) are both provided with a plurality of protrusions (A3a) for embedding into the second horizontal slide groove (A5a); the bottom of the upper right block (A41) is provided with a cross-shaped slide groove (A1b) running through the front and rear ends thereof; the top of the right middle block (A42) is provided with a cross-shaped slider (A121); the bottom of the right middle block (A42) is provided with a cross-shaped slide groove (A1b) running through the front and rear ends thereof; the top of the lower right block (A43) is provided with a cross-shaped slider (A121); A cross-shaped slider (A121) is provided; the cross-shaped slider (A121) of the first right middle block (A42) is used to slide into the cross-shaped slide groove (A1b) of the upper right block (A41); the cross-shaped slider (A121) of the second right middle block (A42) is used to slide into the cross-shaped slide groove (A1b) of the first right middle block (A42); and the cross-shaped slider (A121) of the lower right block (A43) is used to slide into the cross-shaped slide groove (A1b) of the second right middle block (A42); The front and rear ends of the upper right block (A41), the two right middle blocks (A42) and the lower right block (A43) are all fixedly connected with L-shaped sliders (A3c); when the upper right and left blocks (A31), the two right middle blocks (A42) and the lower right block (A43) are sequentially spliced, the L-shaped sliders (A3c) at the front ends of the upper right block (A41), the two right middle blocks (A42) and the lower right block (A43) are sequentially connected, and the L-shaped sliders (A3c) at the rear ends of the upper right block (A41), the two right middle blocks (A42) and the lower right block (A43) are sequentially connected.

10. The packaging structure that can be freely disassembled and conveniently displayed according to claim 1 is characterized in that: The shell (A) and the loading device (B) are both made of bamboo.

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